Four different white rot fungi cultures were used for decolorization of five different textile dyestuffs. Phanerochaeta chrysosporium 671.71, P. chrysosporium MUCL, Coriolus versicolor and C, versicolor MUCL cultures effectively decolorized Everzol Yellow 4GL, Everzol Red RBN, D. Orange K-GL, Everdirect Supra yellow PG and Everzol Turquoise Blue G textile dyestuffs in shake flasks within 9 days of incubation period. Decolorization efficiencies obtained with P. chrysosporium were above 90% for all dyestuffs tested. C. versicolor cultures resulted in varying degree of decolorization efficiencies between 34% and 100%
Batch and continuous reactors inoculated with white-rot fungi were operated in order to study decolo...
151-153This study describes degradation ability of Aspergillus tamarii, mixed fungal culture (Tricho...
157-161This study presents decolorization of textile azo dye, Orange II, by white rot fungus, Phaner...
Four different white rot fungi cultures were used for decolorization of five different textile dyest...
The increased usage of textile dyes creates worldwide environmental problems, since during the dyein...
Four different white rot fungi were screened to study the decolourisation of the textile dyes React...
Effects of environmental conditions such as pH, media composition, Carbon and nitrogen sources, TOC/...
Biological decolorization of textile dyestuff Everzol Turquoise Blue G, a phthalocyanin type reactiv...
Twelve white-rot fungal strains belonging to seven different species were screened on plates under a...
A microtitre plate-based method was developed for a fast screening of numerous fungal strains for th...
Reactive dyes are important chemical pollutants from textile industries .The two species of white ro...
Biologic decolorization of textile dyestuff Everzol Turquoise Blue G. a phthalocyanine type reactive...
Synthetic dyes are replacing natural dyes in modern textile industries. However, each year, about 10...
It is widely known that white-rot fungi are suitable for treating a broad range of textile dye efflu...
BACKGROUND: The ability of the fungi Pleurotus ostreatus and Phanerochaete chrysosporium to decolour...
Batch and continuous reactors inoculated with white-rot fungi were operated in order to study decolo...
151-153This study describes degradation ability of Aspergillus tamarii, mixed fungal culture (Tricho...
157-161This study presents decolorization of textile azo dye, Orange II, by white rot fungus, Phaner...
Four different white rot fungi cultures were used for decolorization of five different textile dyest...
The increased usage of textile dyes creates worldwide environmental problems, since during the dyein...
Four different white rot fungi were screened to study the decolourisation of the textile dyes React...
Effects of environmental conditions such as pH, media composition, Carbon and nitrogen sources, TOC/...
Biological decolorization of textile dyestuff Everzol Turquoise Blue G, a phthalocyanin type reactiv...
Twelve white-rot fungal strains belonging to seven different species were screened on plates under a...
A microtitre plate-based method was developed for a fast screening of numerous fungal strains for th...
Reactive dyes are important chemical pollutants from textile industries .The two species of white ro...
Biologic decolorization of textile dyestuff Everzol Turquoise Blue G. a phthalocyanine type reactive...
Synthetic dyes are replacing natural dyes in modern textile industries. However, each year, about 10...
It is widely known that white-rot fungi are suitable for treating a broad range of textile dye efflu...
BACKGROUND: The ability of the fungi Pleurotus ostreatus and Phanerochaete chrysosporium to decolour...
Batch and continuous reactors inoculated with white-rot fungi were operated in order to study decolo...
151-153This study describes degradation ability of Aspergillus tamarii, mixed fungal culture (Tricho...
157-161This study presents decolorization of textile azo dye, Orange II, by white rot fungus, Phaner...